Elastic Buckling and Flexural Vibration of Variable Thickness Annular Plates under Uniform In-plane Forces along the Inner and/or Outer Edges

スポンサーリンク

概要

• 論文の詳細を見る

• The problems of elastic buckling and flexural vibration of variable thickness annular plates have been analyzed by the Galerkin method. Eigenfunctions of natural vibration of a constant thickness annular plate without in-plane force have been adopted as admissible functions. Numerical calculations were carried out for the annular plates of linearly varying thickness under uniform in-plane force along the inner and/or outer edges. Both symmetric and symmetric deformations were taken into consideration in this procedure. It has become clear that whether the taper ratio has influence on the buckling mode depends on the specific boundary conditions at the inner and outer edges. The proposed method could be easily applied to the case where the thickness variation is more complicated.

• 一般社団法人日本機械学会の論文

著者

• Hayashi Kunio

  Sophia University

• MAJIMA Osamu

  Department of Mechanical Engineering, Sophia University

• Majima Osamu

  Department Of Mechanical Engineering Sophia University

関連論文

• Free Vibration of Elastically Constrained Variable Thickness Annular Plates : Vibration, Control Engineering, and Engineering for Industry, New materials, new energy, biotechnology, electronics, etc.
• Japan's First Domestically Mass-Produced Class 230 2-4-2 Tank Engine and Technology/Skill Transfer on Steam Locomotive Construction from the United Kingdom
• Elastic Buckling and Flexural Vibration of Annular Plates under Axisymmetric In-plane Forces
• Elastic Buckling and Flexural Vibration of Variable-Thickness Annular Plates Under Nonuniform In-Plane Forces
• Elastic Buckling and Flexural Vibration of Variable Thickness Annular Plates under Uniform In-plane Forces along the Inner and/or Outer Edges

スポンサーリンク